There are four main ways in which to use comparative data for your organization.
· Compare current expenses to current budget.
· Compare current actual expenses to prior periods in your organization.
· Compare your location to other organizations.
· Compare your facility to industry standards.
If you're talking about averages in math, as in means, then there are several uses. The most common is finding the average of a data table, or set of data. This can be especially helpful in surveys.
Main uses of the computer: -inputing data -processing data -output of data -and storage of data (mainly CDs and diskettes).
Real mode uses 16 bit data path while protected mode uses 32 bit data path.
Which of the OSI layers handle the following. 1.dividing the transmitted bit stream into frames? Data link layer Which of the OSI layers handle the following: 2.dividing the application data into segments? Transport layer the PDU (Packet Data unit) for layers is as the following - Application, Presentation, and Session layers ==> uses Data - Transport layer ==> uses Segment - Network layer ==> uses Packets - Data link layer ==> uses Frames - Physical layer ==> uses Bits. ....
server
comparative= uses more, better , etc. superlative = uses most, best, etc.
seismic waves \
If you're talking about averages in math, as in means, then there are several uses. The most common is finding the average of a data table, or set of data. This can be especially helpful in surveys.
Because original is four syllables, it uses "more" and "most". comparative = more original; superlative = most origina.
Because handsome is an adjective with two syllables and does not end in a 'y,' the comparative for the word uses more. The comparative for handsome is more handsome.
quantitative data is the data that uses numbers and or amounts.
false .. it is RAM
a correlational strategy naturalistic obsevation the survey technique Gallup poll.
Sequential data is what uses access. This is used in science.
Neither. Pretty is the positive degree. The comparative is prettier; the superlative is prettiest.
Two common uses of databases are storing and organizing large amounts of data in a structured format, and providing efficient retrieval of specific information through queries and search functions. Databases are also used for data analysis, reporting, and supporting applications that require data management functionalities.
It uses isochronous data transfer, the transfering of data continously without interruption or breaks.